CNCCMV2/Overview: Difference between revisions
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=Performance= | =Performance= | ||
*X Axis Travel = | *X Axis Travel = under 225mm | ||
*Y Axis Travel = | *Y Axis Travel = under 225mm | ||
*Z Axis Travel = | *Z Axis Travel = under 120mm | ||
*Step Motor Resolution = | *Step Motor Resolution = 1.8 degrees per step | ||
*Accuracy = | *Accuracy = +/- 5% | ||
*Step Motor Torque = | *Step Motor Torque = XXkg-cm at 12VDC | ||
*Spindle Speed = | *Spindle Speed = 1050Kv | ||
*Repeatability Goal: +/- 0.01mm | *Repeatability Goal: +/- 0.01mm | ||
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*Anti-Friction: Bronze Sleeve Bearings | *Anti-Friction: Bronze Sleeve Bearings | ||
*Axis Supports: Precision Stainless Steel Shafts | *Axis Supports: Precision Stainless Steel Shafts with Holding Collars | ||
*Working Platform: Magnets and Reference Holes on Platform | *Working Platform: Magnets and Reference Holes on Platform | ||
*Spindle Drive: | *Spindle Drive: Brushless DC Outrunner Motor | ||
*Spindle Shaft: Precision Stainless Steel Shaft | *Spindle Shaft: Precision Stainless Steel Shaft | ||
*Kinetic Transfer: Shaft Couplings | |||
*Control Electronics: Computer, Microcontroller, Stepper Driver | *Control Electronics: Computer, Microcontroller, Stepper Driver | ||
*Control Software: Gctrl (Gcode Streamer), GRBL (Gcode Interpreter) | *Control Software: Gctrl (Gcode Streamer), GRBL (Gcode Interpreter) | ||
Latest revision as of 03:03, 19 May 2012
Performance
- X Axis Travel = under 225mm
- Y Axis Travel = under 225mm
- Z Axis Travel = under 120mm
- Step Motor Resolution = 1.8 degrees per step
- Accuracy = +/- 5%
- Step Motor Torque = XXkg-cm at 12VDC
- Spindle Speed = 1050Kv
- Repeatability Goal: +/- 0.01mm
- Nominal Milling Speed (Copper on FR-4):
Design
- Major Frame Type: Mobile Gantry
- Minor Frame Type: Blocks on Plate, Double Drive X Axis
- Axis Drive: Step Motor
- Rotary-to-Linear: Ultra-smooth Threaded Rod and Wear-compensating Nut
- Anti-Friction: Bronze Sleeve Bearings
- Axis Supports: Precision Stainless Steel Shafts with Holding Collars
- Working Platform: Magnets and Reference Holes on Platform
- Spindle Drive: Brushless DC Outrunner Motor
- Spindle Shaft: Precision Stainless Steel Shaft
- Kinetic Transfer: Shaft Couplings
- Control Electronics: Computer, Microcontroller, Stepper Driver
- Control Software: Gctrl (Gcode Streamer), GRBL (Gcode Interpreter)